This exam is designed for candidates looking to demonstrate foundational
knowledge of Microsoft Dynamics 365, Power Platform applications, and the cloud
computing model. This exam will cover the considerations and benefits of
adopting Dynamics 365, the Power Platform, and cloud services in general. This
exam can be taken as a precursor to Dynamics 365 certifications and training.
Candidates for this exam should have general knowledge or relevant working
experience in an Information Technology (IT) environment. Candidates should also
have a basic understanding of business scenarios and experience in addressing
business, legal, and security requirements for IT projects. Less
Understand Dynamics 365 (40-45%)
Understand apps for customer engagement Microsoft Dynamics 365 for Sales
Microsoft Dynamics 365 for Customer Service
Microsoft Dynamics 365 for Field Service
Microsoft Dynamics 365 for Project Service Automation
Microsoft Dynamics 365 for Marketing
Understand apps for unified operations Microsoft Dynamics 365 for Finance and Operations
Microsoft Dynamics 365 for Talent
Microsoft Dynamics 365 for Retail
Microsoft Dynamics 365 for Business Central
Understand power platform Common Data Service (CDS)
Common Data Model (CDM)
PowerApps
Flow
Understand application basics infrastructure stack
solutions basics
business applications terminology
scenarios of business applications in action
Understand cloud concepts (25-30%)
Understand cloud architecture cloud computing overview
Microsoft Azure
and utilize cloud-based apps
Compare different types of cloud services available Infrastructure as a Service (IaaS)
Platform as a Service (PaaS)
Software as a Service (SaaS)
and hybrid, public, private, or government
Compare cloud offerings with corresponding on-premises offerings when to use on-premises vs. cloud
explore the stack
examine cost options
Understand deployments and releases (20-25%)
Compare different types of deployments application life cycle
online deployment
and on-premises deployment
Compare different types of releases private preview
public preview
general availability
and hybrid, public, private, or government
Understand role-based security model
security model
manage security
determine roles
implement role based security
and manage teams
Understand GDPR
describe GDPR and understand how Microsoft Dynamics 365 addresses and supports
GDPR
Understand licensing, onboarding, and support (15-20%)
Understand licensing options licensing types
and choosing the right licensing options
Describe setup and support options trials
FastTrack
support offerings
and training offerings
Question: 1
You need to select a Dynamics 365 for Customer Engagement application to help
your organization efficiently track, manage, and deliver project-based services.
Which application should you select?
A. Customer Service
B. Field Service
C. Project Service automation
D. Sales
Answer: B
Question: 2 You are an administrator in Dynamics 365 for Customer Engagement apps.
You need to create solution components using customization tools.
Which two components can be included in a solution? Each correct answer presents
a complete solution.
NOTE: Each correct selection is worth one point.
A. audit logs
B. sitemap
C. team
D. business unit
E. global option sets
Answer: A,E
Question: 3 You are a system administrator for an organization that has Dynamics 365 for
Sales and Dynamics 365 for Customer Service.
A user who logs in to the Microsoft 365 portal sees only Dynamics 365 for Sales.
You need to enable the user to see Dynamics 365 for Customer Service.
What are two possible ways to achieve this goal? Each correct answer presents a
complete solution.
NOTE: Each correct selection is worth one point.
A. In Dynamics 365 model driven apps, enable the features.
B. In PowerApps, create the application.
C. Type the URL of the web application for Dynamics 365 for Customer Service.
D. Assign the correct security role to the user’s ID
E. Add the correct licensing to the user ID in Active Directory.
QUESTION: 1
What statement about the H.323 to SIP routing is true?
A. Avaya Aura® Communication Manager does feature processing for both endpoints.
B. Avaya Aura® Communication Manager does feature processing for H.323 endpoint only.
C. Avaya Aura® Communication Manager does feature processing for SIP endpoint only.
D. Avaya Aura® Communication Manager does not do feature processing for any endpoint in this
scenario.
Answer: A
QUESTION: 2
When retrieving a message from Avaya Aura® Messenger (AAM), what is the function of the REINVITE?
A. The RE-INVITE is only used when the initial INVITE is not transmitted successfully.
B. The RE-INVITE shuffiles the media path off Avaya Aura® Communication Manager (CM).
C. The RE-INVITE is to allow the user to be authenticated.
D. The RE-INVITE is only sent if a voice port cannot be initially connected to the caller.
Answer: C
QUESTION: 3
After an Avaya Aura® Communication Manager (CM) upgrade, a customer called Avaya support
because their SIP telephones were unable to login. Support was able to confirm that the telephones
had not been upgraded.
Which pre-implementation step was omitted?
A. Provide accurate licensing specification.
B. Verify version installed is compatible with existing versions.
C. Test all third-party equipment and software.
D. Access support.avaya.com to verify customer systems compatibility.
Answer: B
QUESTION: 4
Which two statements regarding the core architecture in the Avaya Aura® 7 solution are true?
(Choose two.)
A. SIP trunks can only be configured on Avaya Aura® Session Manager (SM).
B. SIP user Agents register with Avaya Aura® Session Manager (SM).
C. SIP User Agents can register to Avaya Aura® Communication Manager (CM) or Avaya Aura®
Session Manager (SM).
D. Avaya Aura® Media Server (AAMS) cannot connect to Avaya Aura® Communication Manager (CM)
without routing via Avaya Aura® Session Manager (SM).
E. Avaya Aura® Media Server (AAMS) connects directly to Avaya Aura® Communication Manager
(CM) using SIP.
Answer: B,E
QUESTION: 5
Which statement about Interfaces and IP addresses on an Avaya Session Border Controller for
Enterprise (SBCE) used for SIP-Trunking and Remote Worker services is true?
A. SIP Trunking and Remote Worker services can use different IP addresses configured on the same
Interface.
B. SIP-Trunking and Remote Worker services can share the same IP address.
C. Only one IP-address should be configured per interface.
D. SIP-Trunking and Remote Worker services cannot run on the same SBCE.
QUESTION: 3
Which IP Office feature is required to initiate screen pops, where the caller ID triggers a computer to
open a record related to that number?
A. IMAP
B. TAPILink Lite
C. UMS
D. Outlook Plugin
Answer: B
QUESTION: 4
By adding a 4-port expansion card to the IP Office 500 V2, how many expansion units can the IP
Office support in total?
A. 10
B. 8
C. 12
D. 14
Answer: C
QUESTION: 5
A remote worker with Avaya Windows Communicator visits their office headquarters where the IP
Office and one-X® Portal are located.
Which two technologies enable the worker to re-register locally? (Choose two.)
A. Border controller
B. Wi-Fi access
C. Split DNS
D. Port forwarding
E. XMPP
1 Huawei H11-851 HCIA-VC V2.8 Certification Exam The following table lists the exam, exam code, exam name, and exam duration
of Huawei VC certification program. This document mainly describes the H11-851
HCIA-VC exam outline. For other exam outlines, please refer to the corresponding
training materials or obtain them from the website of Huawei, https://support.huawei.com/learning.
Certification Program Exam Code Exam Name Exam Duration Pass Score/ Total Score
HCIA-VC H11-851 HCIA-VC
（Huawei Certificate Network Associate – Video Conference） 90 min 600/1000
2 Huawei H11-851 HCIA-VC Exam Outline
2.1 Exam Content The HCIA-VC exam covers Videoconferencing basis, H.323 protocol basis, H.323
Conference scheduling flow, basic knowledge of HD, 96MCU,CloudMCU, SMC
,WebRTC，RSE6500 and Huawei telepresence products.Key Points:
1) Introduction to Huawei Videoconferencing and application of Huawei
Videoconferencing system;
2) Introduction to H.323 protocol and H.323 Conference scheduling flow;
3) Introduction to HD Terminal products, features, operations, maintenance and
upgrading;
4) Introduction to 96MCU products,features,operations, maintenance and
upgrading;
5) Introduction to CloudMCU products,features,operations, maintenance and
upgrading;
6) Introduction to WebRTC products,features,operations, maintenance and
upgrading;
7) Introduction to SMC products,operations, maintenance and upgrading;
8) Introduction to Huawei telepresence products, operations and upgrading.
9) Introduction to RSE6500 products,operations, maintenance and upgrading;
Note:
The exam content provided here serves only as a general guide to candidates.
Other contents not mentioned here may also be included in the actual exam.
2V0-631 VMware Certified Professional 6 – Cloud Management and
Automation
Certified Professional 6 – Cloud Management and Automation Exam (2V0-631) tests
candidates on their skills and abilities installing, configuring and
administering a VMware vRealize® environment. Successful candidates demonstrate
mastery of these skills and abilities.
1.2 Intended Audience
A typical candidate for the VCP6-CMA certification has six months experience
working with vRealize Automation implementations. They are typically
infrastructure personnel, who are capable of installing and configuring,
managing and troubleshooting a vRealize Automation solution running on vSphere
6. The candidate possesses an understanding of basic cloud concepts including
public/private/hybrid clouds, multi-tenancy and cloud security. The candidate is
capable of using vRealize Automation to automate the deployment of workloads,
vRealize Business Standard to establish cost reporting and vRealize Orchestrator
to create and manage common workflows.
2. Objectives covered in the VCP6-CMA Exam
2.1 Introduction
It is recommended that candidates have the knowledge and skills necessary to
install, configure and administer a vCloud environment before taking the VCP-CMA
Exam. It is required for candidates to have completed one of the courses listed
as a requirement for this exam as detailed in section 4.
2.2 Objectives
Prior to taking this exam, candidates should understand each of the following
objectives. Each objective is listed below; along with related tools the
candidate should have experience with, and related documentation that contains
information relevant to the objective. All objectives may also be referenced in
other product documentation not specifically highlighted below. The candidate
should be familiar with all relevant product documentation or have an equivalent
skillset.
Section 1 – Install, Configure and Upgrade vRealize Suite Components
Objective 1.1 – Explain vRealize Suite Editions and Features Knowledge
• Determine available features and third party integrations for different
vRealize Suite editions
• Differentiate vCloud Air solutions
• Describe vRealize Automation/vCloud Air integration options
• Explain vRealize Business Standard key capabilities
• Describe available vRealize Suite editions
• Explain vRealize Application Services functionality
• Explain vRealize Orchestrator functionality
• Determine the appropriate vRealize Suite edition based on customer
requirements Tools
• VMware vRealize Suite Getting Started Guide
• Foundations and Concepts
• vRealize Suite Solution Brochure
• VMware vRealize Suite Datasheet
Objective 1.2 – Install and Upgrade vRealize Suite Components Knowledge
• Deploy and configure appliances for distributed vRealize deployment (e.g. SSO,
automation, DB)
• Install or upgrade IaaS components
• Configure default tenant and any additional tenants
• Appoint administrators and configure load balancer(s)
• Integrate vRealize with external systems
• Manage SSL certificates
• Resolve deployment and configuration issues
• Perform upgrade of vCAC 6.1 to vRealize Automation
• Download and install updates to vRealize component appliances Tools
• vRealize Automation Installation and Configuration Guide
• Upgrading to vRealize from vCAC 6.1
Objective 1.3 – Configure and Administer vCloud Connector Knowledge
• Explain vCloud Connector components and configuration
• Describe vApp copy process
• Determine virtual machine state
• Describe necessary configuration for Data Center Extension
• Differentiate between functionality of components of vCloud Connector
• Implement required network and security settings
• Determine storage requirements and add storage for vCloud Connector node
• Register vCloud Connector UI with vCenter Server
• Register vCloud Networking and Security Manager with the vCloud Connector
server
• Troubleshoot common vCloud Connector installation and operational issues
• Create a vCloud Connector Content Library
• Publish vSphere folders and vCloud catalogs to a vCloud Connector Content
Library
• Subscribe to/unsubscribe from published folders or catalogs
• Stretch deploy a virtual machine or vApp using Data Center Extension Tools
• Installing and Configuring vCloud Connector
• Using vCloud Connector
• vRealize Automation Installation and Configuration Guide
• vSphere Client and Web Client
• vCloud Connector vSphere Client Plug-In
• vCloud Connector Web UI
• vRealize Automation Web Console
Objective 1.4 – Configure vRealize Automation Settings Knowledge
• Configure vRealize system notification and appearance settings
• Enable connections and set concurrency limits on IaaS server • Configure
datacenter locations Tools
• Configuring vRealize Automation
Objective 1.5 – Integrate vRealize Automation with vCloud Air Knowledge
• Provision with vCloud Air or vCloud Director vApps
• Configure IaaS for vApps
• Create vApp and vApp component blueprints
• Configure advanced blueprint settings
• Monitor workflows and logs
• Manage machine life cycle and workflow states
• Configure an endpoint in vRealize Automation
• Configure vCloud Air OnDemand and Subscription endpoints
• Synchronize environment data from vCloud Air
• Deploy virtual machinesTools
• IaaS Configuration for Cloud Platforms
• IaaS Configuration for vCloud Air and vCloud Director
Section 2 – Administer vRealize Automation Users, Roles and Privileges
Objective 2.1 – Create Roles and Apply Privileges to Roles Knowledge
• Configure system-wide roles and responsibilities
• Assign user roles within tenants
• Configure tenant roles and responsibilities
• Add identity stores
• Appoint tenant administrators Tools
• vRealize Automation Foundations and Concepts
• vRealize Automation Installation and Configuration
• Tenant Administration
Objective 2.2 – Configure AD/LDAP Integration Knowledge
• Configure identity stores
• Associate an identity store with a tenant
• Configure a native Active Directory identity store Tools
• vRealize Automation Installation and Configuration
Section 3 – Create and Administer Cloud Networking
Objective 3.1 – Explain NSX Integration with vRealize Automation Knowledge
• Manage network services with vRealize Automation
• Configure NSX integration
• Configure IaaS for network integration Tools
• IaaS Integration for Multi-Machine Services
• NSX Administration Guide
• vCloud Automation Center Web Console
• vSphere Web Client
Objective 3.2 – Configure and Manage vRealize Automation Networking Knowledge
• Describe the available NSX for vSphere Edge network services
• Configure DHCP/NAT/VPN/Load balancer
• Sub-allocate IP pools
• Add static IP addresses
• Configure syslog
• Configure multi-machine blueprints for network virtualization
• Identify the NSX Distributed Firewall components
• Use logs to troubleshoot common network service issues Tools
• NSX Administration Guide
• IaaS Integration for Multi-Machine Services
• vRealize Automation Web Console
• vSphere Web Client
Section 4 – Configure and Administer Tenants and Business Groups
Objective 4.1 – Create and Manage Business Groups Knowledge
• Describe specific privilege levels for different business group roles
• Manage user roles (e.g. business group manager and support)
• Assign Active Directory users and groups to business group roles
• Create and manage machine prefixes
• Identify and configure custom properties Tools
• vRealize Automation Foundations and Concepts
• vRealize Automation Tenant Administration
• Cloud Properties Reference
• vRealize Automation Web Console
Objective 4.2 – Create and Manage Tenants Knowledge
• Configure branding for the vRealize Automation console
• Add and configure tenant-specific inbound and outbound email notifications
• Override/revert to system default email servers
• Identify and add identity stores in vRealize Automation
• Create and assign user roles to an identity store group Tools
• vRealize Automation Tenant Administration
• vRealize Automation Web Console
• vSphere Client and Web Client
Section 5 – Allocate and Manage vRealize Automation Resources
Objective 5.1 – Create and Manage Fabric Groups Knowledge
• Add and configure endpoints for vSphere and vRealize Automation
• Map compute resources to endpoints
• Assign correct permissions to manage fabric groups
• Collect compute resource data
• Monitor resources Tools
• vRealize Automation Foundations and Concepts
• IaaS Configuration for Virtual Platforms
• vRealize Automation Web Console
• vSphere Client and Web Client
Objective 5.2 – Create and Manage Reservations Knowledge
• Create and manage reservations
• Specify reservation information
• Select a reservation for a cloud based virtual machine
• Create an endpoint to reserve physical machine resources
• Determine where reservations have been over allocated
• Troubleshoot reservation over-allocation Tools
• System Administration
• IaaS Configuration for Virtual Platforms
• IaaS Configuration for Cloud Platforms
• vRealize Automation Web Console
Objective 5.3 – Create and Manage Reservation Policies Knowledge
• Create, configure, and assign one or more reservations to a reservation policy
• Create, configure, and assign a reservation policy to one or more blueprints
• Create and assign a storage reservation policy Tools
• vRealize Automation System Administration
• IaaS Configuration for Virtual Platforms
• IaaS Configuration for Cloud Platforms
• vRealize Automation Web Console
Section 6 – Create and Administer vRealize Automation Components
Objective 6.1 – Create and Manage Machine/Multi-Machine Blueprints Knowledge
• Identify blueprint machine types (e.g. virtual, cloud, physical) and
provisioning types (e.g. local and global)
• Differentiate different blueprint actions (e.g. create, clone, linked-clone)
• Explain run time property precedents
• Create single and/or multi-machine blueprints
• Create a build profile
• Configure appropriate blueprint security
• Configure approvals for a blueprint
• Given a scenario, determine the appropriate custom properties for the
blueprint or build profile Tools
• System Administration
• IaaS Configuration for Virtual Platforms
• IaaS Configuration for Cloud Platforms
• vRealize Automation Web Console
Objective 6.2 – Create and Manage Service Catalog Items Knowledge
• Create services, actions, entitlements and approval policies
• Configure catalog items and actions
• Understand the implications of activating and inactivating entitlements Tools
• vRealize Automation Foundations and Concepts
• vRealize Automation Tenant Administration
• vRealize Automation Web Console
Objective 6.3 – Create and Manage Service Catalog Blueprints Knowledge
• Create and edit service blueprints
• Add new service blueprint forms and define appearance of catalog item details
• Determine roles required to create and manage service blueprints
• Publish a service blueprint as a catalog item Tools
• vRealize Automation Advanced Service Design
• vRealize Automation Web Console
Objective 6.4 – Create and Manage a Property Dictionary Knowledge
• Describe functions of property definitions
• Create and manage property definitions and layouts
• Determine rights required to use property definitions and layouts Tools
• Cloud Properties Reference
• vRealize Automation Center Web Console
Objective 6.5 – Create and Manage Build Profiles Knowledge
• Create and modify a build profile
• Create and modify a property set
• Add property sets to a build profile Tools
• IaaS Configuration for Virtual Platforms
• vRealize Automation Web Console
Objective 6.6 – Create Custom Services using Advanced Service Designer Knowledge
• Describe vRealize Automation API extensibility options
• Create and manage custom services and service blueprints
• Describe tools and features for vRealize Automation extensions Tools
• vRealize Automation Advanced Service Design
• vRealize Automation Machine Extensibility
• vRealize Automation Web Console
• CloudUtil
Section 7 – Monitor and Troubleshoot a vRealize Automation Implementation
Objective 7.1 – Perform Basic vRealize Automation Troubleshooting Knowledge
• Troubleshoot login issues
• Troubleshoot installation and upgrade issues
• Determine log file locations Tools
• vRealize Automation Installation and Configuration
• vRealize Automation Web Console
• vSphere Web Client
Objective 7.2 – Audit vRealize Automation Resources and Events Knowledge
• Provide status details of managed virtual machines
• Determine status and history of workflows
• Identify event attributes
• Show display status Tools
• vRealize Automation Suite Log Locations
• vRealize Automation System Administration
• IaaS Configuration for Virtual Platforms
• IaaS Configuration for Cloud Platforms
• IaaS Configuration for vCloud Air and vCloud Director
• IaaS Integration for Multi-Machine Services
• IaaS Configuration for Physical Machines
Objective 7.3 – Map vRealize Automation Resources to vSphere Resources Knowledge
• Create resource mappings
• Create and publish a resource action
• Associate icons to actions Tools
• vRealize Automation Using Application Services
• vRealize Automation Using Application Library Services
Section 8 – Configure and Administer vRealize Orchestrator
Objective 8.1 – Create and Modify Basic Orchestrator Workflows Knowledge
• Describe Orchestrator workflows for converting virtual machines between
Orchestrator and IaaS
• Describe different Orchestrator workflow types
• Create and manage Orchestrator endpoints to run workflows
• Use an Orchestrator workflow from an IaaS workflow
• Import Orchestrator workflows into vRealize Automation
• Configure the default workflow folder for a tenant
• Create and publish Orchestrator workflows as catalog items in a service
blueprint Tools
• vRealize Automation Machine Extensibility
• Using the VMware vRealize Orchestrator Client
• vRealize Automation Advanced Service Design
• vRealize Automation Web Console
Objective 8.2 – Integrate vRealize Orchestrator with vRealize Automation Center
Knowledge
• Provision and modify custom resources
• Configure vRealize Automation to use external vRealize Orchestrator server
• Configure service endpoints Tools
• vRealize Automation Machine Extensibility
• vRealize Automation Advanced Service Design
Section 9 – Configure and Administer vRealize Business Standard
Objective 9.1 – Install and Configure vRealize Business Standard Appliance
Knowledge
• Describe system requirements
• Configure and access vRealize Business Standard with vRealize Automation
• Deploy vRealize Busness Standard in vCloud Director and/or vSphere Tools
• vRealize Business Standard Installation and Administration Guide
Objective 9.2 – Perform Basic Configuration of vRealize Business Standard
Environment Knowledge
• Manage connections from other VMware technologies such as vCenter Server,
vCloud and SRM
• Manage connections and public cloud user accounts
• Update the reference database
• Calculate hardware cost depreciation Tools
• vRealize Business Standard Installation and Administration Guide
• vRealize Business Standard User’s Guide
Section 10 – Configure and Administer vRealize Application Services
Objective 10.1 – Install and Configure vRealize Application Services Appliance
Knowledge
• Enable Application Services to use a proxy
• Register Application Services to vRealize Automation
• Setup application provisioning
• Manage the Application Services library
• Create, deploy and update applications
• Troubleshoot connection issues to Application Services Tools
• Using Application Services
• Using Application Services Library Services
• Application Services Troubleshooting
• vRealize Automation Web Console
Objective 10.2 – Create Basic Application Blueprints Knowledge
• Describe Application Services privilege prerequisites for creating application
blueprints
• Create and modify applications and application versions
• Determine application and application version requirements for creating
application blueprints
• Model and create application blueprints
• Modify and manage existing application blueprints Tools
• Using Application Services
• vRealize Automation Web Console
3. Additional Resources
3.1 Mock Exam
VMware provides free practice questions for the VCP6-CMA Exam. The mock exam
contains sample questions, along with explanation for incorrect responses. The
mock exam presents 25 questions, written by the same authors of the actual exam.
The mock exam pass score is set to 100% and a candidate can retake the mock exam
as many times as desired until the 100% score is achieved. Please be advised
that the pass score for the mock exam is unrelated to the pass score for the
actual exam.
3.2 VCP Community
VMware provides an online community for VCP candidates. This community contains
valuable information from other candidates and senior VCPs, and is moderated by
VMware certification staff. The
3.3 Test Driving a VMware vRealize environment
VMware provides Hands-on Labs for Cloud Management and Automation. These labs
provide an environment where you can work with the products covered in this
exam. The labs can be accessed by going here:
QUESTION: 1
The Goal Navigator assists administrators in which two ways? (Choose two.)
A. Lists all the steps to complete the tasks.
B. Lists all the prerequisites to complete the task.
C. Validates that a task has been successfully completed.
D. Provides details on how to complete the forms for a task.
Answer: A,B
QUESTION: 2
How can an administrator make a commonly used development environment available for end-users
to deploy?
A. Use vCenter Server templates to deploy the virtual machines needed for the service.
B. Use the Service Catalog to publish the virtual machines needed for the service.
C. Use the vCloud Connector to deploy the virtual machines needed for the service.
D. Use vRealize Application Services to deploy the virtual machines needed for the service.
Answer: B
QUESTION: 3
Senior IT leadership wants information to help determine workload placement and tradeoffs
between buying new hardware or using a public cloud provider.
What VMware product provides that information?
A. vRealize Business
B. vCenter Chargeback
C. vCenter Configuration Manager
D. vRealize Operations
Answer: A
QUESTION: 4
What vRealize Automation feature uses a library of standard components, or services, to automate
and manage the update life cycle of deployments?
A. Application Services
B. Service Catalog
C. Orchestrator
D. Advanced Service Designer
Answer: A
QUESTION: 5
An administrator needs to account for the daily cost of operating a virtual machine as well as the cost
of the software deployed on the virtual machine.
What action should the administrator take?
A. Assign a Blueprint Cost to the virtual machine blueprint.
B. Assign a vRealize Business Operation Cost to the virtual machine blueprint.
C. Assign a Daily Compute Cost to the virtual machine blueprint.
D. Assign a vRealize Business Usage Cost to the virtual machine blueprint.
EXAM OVERVIEW This exam validates that you have the fundamental skills necessary to
understand and begin deploying VMware vSphere 6.5 environments.
1 The Exam
1.1 Purpose of Exam
The VMware vSphere 6.5 Foundations Exam (2V0-602) tests candidates on their
skills and abilities in deploying and configuring vSphere storage, networking,
and compute resources as well as creating and administering vSphere virtual
machines. Successful candidates demonstrate mastery of these skills and
abilities.
1.2 Intended Audience
A minimally qualified candidate (MQC) for the vSphere 6.5 Foundations exam is
capable of installing, configuring and managing a vSphere solution. The
candidate is capable of deploying and configuring vSphere storage, networking,
and compute resources as well as creating and administering vSphere virtual
machines. Candidates should also be knowledgeable about optimizing, securing and
performing basic troubleshooting for all components of the implementation. A
given solution may include any or all of these products and technologies:
• All vSphere Features and Technologies included in Enterprise Plus
• vSphere Replication
• vRealize Log Insight for vCenter Server
• VMware Virtual SAN
2 Objectives covered in the VMware vSphere 6.5 Foundations Exam
Section 1 – Install and Configure vCenter Server 6.x and ESXi 6.x Hosts
Objective 1.1 – Identify vSphere Architecture and Solutions for a given use case
Explain available vSphere editions and features
Explain the various data center solutions that interact with vSphere
Explain ESXi and vCenter Server architectures
Explain new solutions offered in the current version
Determine appropriate vSphere edition based on customer requirements
Deploy a vSphere 6.x Content Library
Differentiate Update Manager deployment options
Objective 1.2 – Install and Configure vCenter Server 6.x
Deploy the vCenter Appliance (vCSA)
Install vCenter Server onto a virtual machine
Create an ODBC Connection to a vCenter Server
Differentiate vCenter Server deployment modes
Differentiate Platform Services Controller deployment options
Given a scenario, select and size the vCenter Database based on requirements
Install additional vCenter Server Components
Install and configure vSphere Client / vSphere Web Client
Install/Remove vSphere Client plug-ins
Enable/Disable vSphere Client plug-ins
License vCenter Server using the Web Client
Determine availability requirements for a vCenter Server in a given vSphere
implementation
Objective 1.3 – Install and Configure ESXi 6.x Hosts
Given a scenario, validate if an ESXi configuration meets given requirements
Perform a scripted installation of ESXi
Perform an interactive installation of ESXi using media or PXE
Configure NTP on an ESXi Host
Configure DNS and routing on an ESXi Host
Configure SSH and Shell access on an ESXi Host
Configure logs to be sent to a syslog server
License an ESXi host using the Web Client
Backup/Restore vCenter Server Virtual Appliance files
Migrate a vCenter Server to vCenter Server Virtual Appliance
Section 2 – Configure and Manage vSphere 6.x Networking
Objective 2.1 – Configure vSphere Standard Switches (vSS)
Explain vSphere Standard Switch (vSS) capabilities
Create/Delete a vSphere Standard Switch
Add/Configure/Remove vmnics on a vSphere Standard Switch
Configure vmkernel ports for network services
Add/Edit/Remove port groups on a vSphere Standard Switch
Determine use case for a vSphere Standard Switch
Objective 2.2 – Configure vSphere Distributed Switches (vDS)
Create/Delete a vSphere Distributed Switch
Add/Remove ESXi hosts from a vSphere Distributed Switch
Add/Configure/Remove dvPort groups
Add/Remove uplink adapters to dvUplink groups
Configure vSphere Distributed Switch general and dvPort group settings
Create/Configure/Remove virtual adapters
Migrate virtual adapters to/from a vSphere Standard Switch
Migrate virtual machines to/from a vSphere Distributed Switch
Configure LACP on Uplink portgroups
Determine use case for a vSphere Distributed Switch
Objective 2.3 – Configure vSS and vDS features based on given requirements
Explain common vSS and vDS policies
Describe vDS Security Polices/Settings
Configure dvPort group blocking policies
Configure load balancing and failover policies
Configure VLAN/PVLAN settings
Configure traffic shaping policies
Enable TCP Segmentation Offload support for a virtual machine
Enable Jumbo Frames support on appropriate components
Given a scenario, determine appropriate VLAN configuration for a vSphere
implementation
Objective 3.2 – Configure and Manage Software Defined Storage
Explain Virtual SAN (VSAN) Architecture
Create/Delete VSAN Cluster
Manage VSAN disk groups
Monitor VSAN storage
Add/Remove VSAN Nodes
Explain benefits of NFS 4.1
Determine use cases for Virtual SAN configurations
Objective 3.3 – Create and Configure VMFS and NFS Datastores
Compare/Contrast supported NFS versions
Configure NFS storage for VMDK formatting
Configure storage multi-pathing
Compare/Contract VMFS6 and VMFS5
Configure Storage Distributed Resource Scheduler (SDRS)
Extend/Expand VMFS Datastores
Place a VMFS Datastore in Maintenance Mode
Section 4 – Deploy and Administer Virtual Machines and vApps
Objective 4.1 – Create and Deploy Virtual Machines
Place virtual machines in selected ESXi hosts/Clusters/Resource Pools
Configure and deploy a Guest OS into a new virtual machine
Configure/Modify virtual hardware:
o CPU
o RAM
o Disk
o vNIC
Create/Convert thin/thick provisioned virtual disks
Install/Upgrade VMware Tools and Virtual Hardware
Configure PCI Passthrough and Direct I/O
Configure virtual machine time synchronization
Objective 4.2 – Create and Deploy vApps
Create/Deploy/Clone a vApp
Add objects to an existing vApp
Edit vApp settings
Configure IP pools
Suspend/Resume a vApp
Objective 4.3 – Manage Virtual Machine Clones and Templates
Explain Cloning and Template options
Clone an existing virtual machine
Create a template from an existing virtual machine
Deploy a virtual machine from a template
Update existing virtual machine templates
Deploy virtual appliances and/or vApps from an OVF template
Import an OVF template
Create a Local Library
Create a Remote Library with/without external storage
Publish/Subscribe/Share Content Library
Deploy a virtual machine from a content library
Objective 4.4 – Administer Virtual Machines and vApps
Explain files used by virtual machines
Explain common practices for securing virtual machines
Hot Extend a virtual disk
Configure virtual machine options
Configure virtual machine power settings
Configure virtual machine boot options
Administer virtual machine snapshots
Assign a Storage Policy to a virtual machine
Verify Storage Policy compliance for virtual machines
Adjust virtual machine resources
Differentiate between stop/shutdown/reboot/restart of a virtual machine
Section 5 – Establish and Maintain Availability and Resource Management Features
Objective 5.1 – Create and Configure VMware Clusters
Determine how DRS and HA are applicable to an environment
Create/Delete a DRS/HA Cluster
Add/Remove ESXi Hosts from a DRS/HA Cluster
Add/Remove virtual machines from a DRS/HA Cluster
Configure Storage DRS
Configure Enhanced vMotion Compatibility
Monitor a DRS/HA Cluster
Configure migration thresholds for DRS and virtual machines
Configure automation levels for DRS and virtual machines
Configure Virtual Machine Component Protection (VMCP) settings
Configure orchestrated VM restart with HA
Enable/Configure/Disable Host Power Management/Distributed Power Management
Enable/Disable HA Host Monitoring
Understand the features of Proactive HA
Understand the features of Proactive DRS
Configure HA Cluster-wide VM restart ordering
Enforce infrastructural or intra-app dependencies in HA
Objective 5.2 – Plan and Implement VMware Fault Tolerance
Configure VMware Fault Tolerance networking
Given a scenario, determine an appropriate VMware Fault Tolerance
configuration
Enable/Disable VMware Fault Tolerance on a virtual machine
Test a Fault Tolerant configuration
Determine use case for enabling VMware Fault Tolerance on a virtual machine
Configure NIC aggregation for Fault Tolerance
Objective 5.3 – Create and Administer Resource Pools
Explain vFlash architecture
Explain use cases for Resource Pools
Create/Remove a Resource Pool
Configure Resource Pool attributes
Add/Remove virtual machines from a Resource Pool
Create/Delete vFlash Resource Pool
Assign vFlash resources to VMDKs
Determine Resource Pool requirements for a given vSphere implementation
Objective 5.4 – Migrate Virtual Machines
Explain Enhanced vMotion Compatibility (EVC)
Explain Long Distance vMotion
Explain process for vMotion/Storage vMotion migrations
Configure virtual machine swap file location
Migrate a powered-off or suspended virtual machine
Migrate virtual machines using vMotion/Storage vMotion
Objective 5.5 – Backup and Restore Virtual Machines
Explain VMware Data Protection sizing Guidelines
Describe vSphere Replication architecture
Install and Configure VMware Data Protection
Create a backup job with VMware Data Protection
Perform a live full/file-level restore with VMware Data Protection
Create/Delete/Consolidate virtual machine snapshots
Perform a failback operation using vSphere Replication
Determine appropriate backup solution for a given vSphere implementation
Objective 5.6 – Update ESXi and Virtual Machines
Create/Edit/Remove a Host Profile from an ESXi host
Attach/Apply a Host Profile to an ESXi host or cluster
Perform compliance scanning and remediation of an ESXi host using Host
Profiles
Install and Configure vCenter Update Manager
Configure patch download options
Create/Edit/Delete an Update Manager baseline
Attach an Update Manager baseline to an ESXi host or cluster
Scan and remediate ESXi hosts and virtual machines using Update Manager
Section 6 – Perform Basic Troubleshooting of a vSphere 6.x Implementation
Objective 6.1 – Perform basic troubleshooting of ESXi and vCenter installation
issues
Troubleshoot common installation issues
Monitor status of ESXi management agents
Determine ESXi host stability issues and gather diagnostics information
Export diagnostic information
Monitor status of the vCenter Server service
Perform basic maintenance of a vCenter Server database
Objective 6.2 – Perform basic troubleshooting of ESXi and vCenter operational
issues
Verify network configuration
Troubleshoot common storage issues
Troubleshoot common virtual machine issues
Given a scenario, verify a virtual machine is configured with the correct
network resources
Troubleshoot virtual switch and port group configuration issues
Troubleshoot physical network adapter configuration issues
Recognize and detect common knowledge base article solutions
Objective 6.3 – Perform basic troubleshooting of Virtual Machine operational
issues
Troubleshoot virtual machine resource contention issues
Recognize and detect:
o Fault Tolerant network latency issues
o VMware Tools installation issues
o Virtual machines states
o Virtual machine constraints
o Guest OS installation issues
Given a scenario, determine root cause of a storage issue based on
troubleshooting information
Explain common virtual machine boot disk errors
Objective 6.4 – Identify and troubleshoot basic misconfigurations
Troubleshoot:
o Virtual switch and distributed switches port group configuration issues
o Physical network adapter configuration issues
o NFS networking configuration issues
o iSCSI software initiator configuration issues
o HA configuration and redundancy issues
o DRS Resource Distribution Graph
o vMotion/Storage vMotion migration issues
Interpret vMotion Resource Maps
Given a scenario, verify a virtual machine is configured with the correct
network resources
Section 7 – Perform Basic Monitoring of a vSphere Implementation
Objective 7.1 – Monitor ESXi, vCenter, and Virtual Machines
Explain:
o Common memory metrics
o Common CPU metrics
o Common network metrics
o Common storage metrics
o Configure SNMP for vCenter Server
o Configure SMTP settings for vCenter Server
Create a log bundle
Create/Edit/Delete a Scheduled Task
Configure/View/Print/Export resource maps
Start/Stop/Verify vCenter Server service status
Start/Stop/Verify ESXi host agent status
Configure vCenter Server timeout settings
Identify vCenter Server connection object status
Create an Advanced Chart
Objective 7.2 – Create and Administer vCenter Server Alarms
List vCenter Server default utilization alarms
List vCenter Server default connectivity alarms
List possible actions for utilization and connectivity alarms
Create a vCenter Server utilization alarm
Create a vCenter Server connectivity alarm
Configure alarm triggers
Configure alarm actions
For a given alarm, identify the affected resource in a vSphere implementation
Objective 7.3 – Configure and Manage vRealize Log Insight
Explain vRealize Log Insight real-time log management
Identify use cases for vRealize Log Insight
Deploy the vRealize Log Insight virtual appliance
Configure vRealize Log Insight for initial use
Configure availability and scalability options for vRealize Log Insight
Use vRealize Log Insight logs to identify and troubleshoot issues
Integrate Content Packs with vRealize Log Insight
Configure Agents for use with vRealize Log Insight
Create Alerts
Create Snapshots
Build a query
Create/Edit charts
Clone/Rename/Delete a Dashboard
Given a solution, determine appropriate sizing for a vRealize Log Insight
appliance
Question: 2 What three shares are available when configuring a Resource Pool? (Choose
three.)
A. Custom
B. Low
C. Maximum
D. Normal
E. None
Answer: A,B,D
Question: 3 A vSphere Administrator notices that a virtual machine is performing poorly,
and upon investigation has observed the following:
What is the first step in troubleshooting this problem?
A. Shut down the virtual machine and double the amount of vCPU and RAM assigned.
B. Shut down the virtual machine and set the number of vCPU as high as possible.
C. Migrate the virtual machine to an ESXi host with more resources available.
D. Configure the virtual machine with CPU and Memory limits.
Answer: C
Question: 4 Which of the following are valid iSCSI adapter types for vSphere? (Choose
three.)
A. Software
B. Independent Hardware
C. Converged Network Adapter
D. Dependent Hardware
E. iSCSI HBA
Answer: A,B,D
Question: 5 Which two choices would make a Virtual Machine compatible when enabling
Fault Tolerance?
(Choose two.)
A. e1000e virtual network adapter
B. 2 TB + VMDK
C. 4 Virtual CPUs (vCPU)
D. NIC passthrough
Answer: A,C
Question: 6 A vSphere Administrator notices that they cannot login to vCenter Server
with the vSphere Web Client, although the server is responding to pings.
What is the next step in troubleshooting the login problem?
A. /etc/init.d/hostd restart
B. connect-viserver-server
C. vim-cmd vmsvc/getallvms
D. service-control –status vmware-vpxd
Question: 1 You can monitor your Steelhead appliance disk performance using which
reports? (Select 2)
A. Data Store Cost
B. Data Store Performance
C. Disk Load
D. SDR Hit
E. Disk Pressure
F. Disk Alarm
Answer: A, C
Question: 2 What happens to traffic when a Steelhead appliance reports admission
control?
A. Traffic will be interrupted
B. The Steelhead stops the interception of new connections for optimization for
as long as it is in admission control
C. This is just a report and the Steelhead will continue to optimize traffic
D. The Steelhead will start optimizing faster any new connections
E. The Steelhead will shut down in less than a minute
Answer: B
Question: 3 Why should you use promiscuous mode on each in-path virtual NIC for Virtual
Steelhead appliance? (Select 2)
A. For LAN/WAN Virtual NICs to intercept traffic not destined for the virtual
machine
B. This configuration is mandatory for traffic optimization
C. Promiscuous mode is not required
D. Only verbose mode should be configured
E. Only regular mode should be configured
Answer: A, B
Question: 4 What deployment type supports fail-to-wire?
A. Physical in-path
B. Virtual in-path
C. Out-of-path
D. Virtual Steelhead appliance
E. Proxy file server
Exam ID HPE6-A47
Exam type Proctored
Exam duration 1 hour 30 minutes
Exam length 60 questions
Passing score 68%
Delivery languages English, Japanese
Related certifications Aruba Certified Design Professional (ACDP) V1
Supporting resources These recommended resources help you prepare for the exam:
01114374: Designing Aruba Solutions, Rev. 18.21
Exam description This exam tests your knowledge, skills, and ability to design solutions
based on given requirements and the architectural design. It tests your ability
to design solutions for single-site campus networks with less than 1000
employees, or for subsystems or components of enterprise-level wired and
wireless campus, branch, and remote networks.
Ideal candidate for this exam Typical candidates for this exam are networking IT professionals who have
architect experience with Aruba wireless and wired switching solutions. They
have relevant field experience focused on interpreting architectures and
customer requirements to design Aruba subsystems or single-site campus network
solutions.
Exam contents This exam has 60 questions.
Advice to help you take this exam
Complete the training and review all course materials and documents before you
take the exam.
Exam items are based on expected knowledge acquired from job experience, an
expected level of industry standard knowledge, or other prerequisites (events,
supplemental materials, etc.).
Successful completion of the course alone does not ensure you will pass the
exam.
Read this HPE Exam Preparation Guide and follow its recommendations.
Visit HPE Press for additional reference materials, study guides, practice
tests, and HPE books.
Exam items are of multiple choice format and can include short scenarios, and a
few items can be aligned to a main scenario.
Objectives This exam validates that you can:
Sections/Objectives
10% Gather and analyze data, and document customer requirements for a
single-site campus environment with less than 1000 employees or subsystems of an
enterprise-wide network. Given an outline of a customer’s needs, determine the information required
to create a solution.
18% Evaluate the requirements for a single-site campus environment with less
than 1000 employees or subsystems of an enterprise-wide network, and select the
wired and wireless networking technologies for the design.
Given a scenario, evaluate the customer requirements to identify gaps per a gap
analysis, and select components based on the analysis results.
Given a scenario, translate the business needs of the environment into technical
customer requirements.
31% Plan and design an Aruba solution per the customer requirements for a
single-site campus environment with less than 1000 employees or subsystems of an
enterprise-wide network. Given a scenario, select the appropriate products based on the customer
technical requirements.
Given the customer requirements, design the high-level architecture.
Given a customer scenario, explain how a specific technology or solution would
meet the customer requirements.
33% Produce a detailed design specification document for a single-site campus
environment with less than 1000 employees or subsystems of an enterprise-wide
network. Given a customer scenario, choose the appropriate components that should be
included on the BOM.
Given the customer requirements, determine the component details and document
the high-level design.
Given a customer scenario, determine and document a detailed network management
design.
Given a customer scenario, design and document a detailed network security
solution.
Given a customer scenario, design and document the logical and physical network
solutions.
Given the customer scenario and service level agreements, document the licensing
and maintenance requirements.
8% Recommend the solution to the customer. Given the customer’s requirements, explain and justify the recommended
solution.
QUESTION: 2
Read this scenario thoroughly, and then answer each that displays on the right side of the screen.
An architect proposes these products for a customer who wants a wireless and wired upgrade:
1. Aruba 2930M switches at the access layer
2. Aruba 5406R switches at the core
3. Aruba AP-325s
4. Aruba 7205 Mobility Controllers (MCs), deployed in a cluster
5. Aruba Mobility Master (MM)
6. Aruba ClearPass Cx000V
7. Aruba AirWare
The architect also needs to propose a security plan for the solution. The customer has 900 employees
and up
to 30 guests a day. The customer wants to protect the internal perimeter of the network with
authentication and
simple access controls. The customer is most concerned about wireless security, but also wants to
ensure that
only trusted users connect on the wire. However, the customer also wants all wired traffic to be
forwarded
locally on access layer switches. The customer already has a third-party firewall that protects the data
center.
The customer wants to use certificates to authenticate user devices, but is concerned about the
complexity of
deploying the solution. The architect should recommend a way to simplify. For the most part users
connect
company-issued laptops to the network. However, users can bring their own devices and connect
them to the
network. The customer does not know how many devices each user will connect, but expects about
two or
three per-user. DHCP logs indicate that the network supports a maximum of 2800 devices.
Refer to the provided scenario. Which ClearPass licenses should the architect include in the
proposal?
A. 1,000 Access licenses and 1000 Onboard licenses
B. 1,000 Access licenses and 3,000 (3×1000) Onboard licenses
C. 3,000 Access licenses (3×1000) and 1000 Onboard licenses
D. 3,000 Access licenses and 3,000 (3×1000) Onboard licenses
Answer: B
QUESTION: 3
Read this scenario thoroughly, and then answer each that displays on the right side of the screen.
An architect proposes these products for a customer who wants a wireless and wired upgrade:
1. Aruba 2930M switches at the access layer
2. Aruba 5406R switches at the core
3. Aruba AP-325s
4. Aruba 7205 Mobility Controllers (MCs), deployed in a cluster
5. Aruba Mobility Master (MM)
6. Aruba ClearPass Cx000V
7. Aruba AirWare
The architect also needs to propose a security plan for the solution. The customer has 900 employees
and up
to 30 guests a day. The customer wants to protect the internal perimeter of the network with
authentication and
simple access controls. The customer is most concerned about wireless security, but also wants to
ensure that
only trusted users connect on the wire. However, the customer also wants all wired traffic to be
forwarded
locally on access layer switches. The customer already has a third-party firewall that protects the data
center.
The customer wants to use certificates to authenticate user devices, but is concerned about the
complexity of
deploying the solution. The architect should recommend a way to simplify. For the most part users
connect
company-issued laptops to the network. However, users can bring their own devices and connect
them to the
network. The customer does not know how many devices each user will connect, but expects about
two or
three per-user. DHCP logs indicate that the network supports a maximum of 2800 devices.
Refer to the provided scenario. Based on the plan for wired authentication, what is a correct plan for
wired user
VLANs?
A. use the MCs to assign wired users to their VLANs, and extend the VLANs to a Layer 3 switch
connected to
the MC
B. specify the VLANs in network policies on AirWare, and ensure that both the switches and MCs are
managed by AirWare
C. assign wired users to different VLANs from wireless users, based on port or role assignments on
access
layer switches. Extend the VLANs to the core.
D. configure the same roles on switches and MCs to place wired and wireless users in the same
VLANs.
Extend VLANs from access layer switches to the core.
Answer: C
QUESTION: 4
Read this scenario thoroughly, and then answer each that displays on the right side of the screen.
An architect proposes these products for a customer who wants a wireless and wired upgrade:
1. Aruba 2930M switches at the access layer
2. Aruba 5406R switches at the core
3. Aruba AP-325s
4. Aruba 7205 Mobility Controllers (MCs), deployed in a cluster
5. Aruba Mobility Master (MM)
6. Aruba ClearPass Cx000V
7. Aruba AirWare
The architect also needs to propose a security plan for the solution. The customer has 900 employees
and up
to 30 guests a day. The customer wants to protect the internal perimeter of the network with
authentication and
simple access controls. The customer is most concerned about wireless security, but also wants to
ensure that
only trusted users connect on the wire. However, the customer also wants all wired traffic to be
forwarded
locally on access layer switches. The customer already has a third-party firewall that protects the data
center.
The customer wants to use certificates to authenticate user devices, but is concerned about the
complexity of
deploying the solution. The architect should recommend a way to simplify. For the most part users
connect
company-issued laptops to the network. However, users can bring their own devices and connect
them to the
network. The customer does not know how many devices each user will connect, but expects about
two or
three per-user. DHCP logs indicate that the network supports a maximum of 2800 devices.
Refer to the provided scenario.
Which solution should the architect recommend on the 2930M switches to authenticate and control
wired
employee devices?
A. MAC-Auth on edge ports and no tunneled node
B. 802.1X on edge ports and per-user tunneled node
C. 802.1X on edge ports and no tunneled node
D. Mac-Auth on edge ports and per-user tunneled node
Answer: A
QUESTION: 5
An architect needs to choose between an Aruba Mobility Controller (MC) 7010 or 7024. Which
?customer need
indicates that the 7024 is a better choice than the 7010?
A. the need to support 2000 users or devices
B. the need to support PoE+
C. the need to manage 20 APs
D. the need to connect 20 APs directly to the MC
Course Content Course Introduction：
Introduce the following contents of Huawei IP Products:Product
Highlights,Competitive Analysis,Case Studies and Quotations.
Target Audience Those who are engaged in selling Huawei Enterprise IP network products,
including: Switches, WLAN, Routers, Security etc.
Prerequisites • With the basic knowledge of data communication
• Familiar with the TCP / IP basic principles and common Ethernet technologies
• Familiar with common network devices of data communication
• Familiar with Huawei Enterprise IP network products, including: Switches, WLAN,
Routers, Security etc.
Objectives On completion of this course the participants will be able to know about :
• Huawei Enterprise IP Product Family
• Huawei Enterprise Network Solution
• Competitive Analysis
• Quotations
Question: 1 Which of the below is not the high-reliability technology?
A. VPN FRR
B. E-Trunk
C. IP/LDP FRR
D. IBGP
Answer: D
Question: 2 Which are main differences between CE12800S and CE12800?() (Multiple Choice)
A. demension size
B. the number of switching fabric
C. no orthogonal architecture
D. new line card only for CE128S
Answer: AB
Question: 3 Which models does S12700 compete against overseas? (Multiple Choice)
A. Cisco 3850
B. Cisco 6800
C. Cisco 4500X
D. Cisco N9000
E. HP 10500
Answer: BE
Question: 4 How much switching fabric slots that NE40E-X8 could support?
JNCDA exam topics are based on the content of the recommended instructor-led
training courses, as well as the additional listed resources.
JN0-1101
Administered by Pearson VUE
Exam length: 90 minutes
Exam type: 65 multiple-choice questions
Pass/fail status is available immediately
Exam Objectives
This list provides a general view of the skill set required to successfully
complete the specified certification exam.
Identify initial network design requirements
Identify security design principles
Identify network design considerations for business continuity
Describe design considerations for network automation
Describe design considerations for network management strategies
Describe considerations for a campus or branch network
Describe considerations for a WAN
Describe considerations for a data center
Preparation
The resources listed on this section are recommended, but do not guarantee
passing scores on JNCP exams. Success depends on each candidate’s motivation,
experience, and dedication. Candidates may find additional resources not listed
on this page helpful as well.
Juniper Networks Design Fundamentals (JNDF)
QUESTION: 1
When discussing network reliability, what does the term “five nines” mean?
A. The network is up 99.999% of the time.
B. The network is up .99999% of the time.
C. The network is up 9.9999% of the time.
D. The network is up .09999% of the time.
Answer: A
QUESTION: 2
Which component triggers the quarantine of an infected endpoint?
A. ALG
B. firewall
C. Policy Enforcer
D. switch
Answer: C
QUESTION: 3
You are in the process of developing a business continuity plan for your network design. You must
analyze data about weather patterns, maintenance history pertaining to leased buildings, and the
frequency of power failures.
For which purpose would you collect this information?
A. risk assessment
B. redundancy
C. high availability
D. disaster recovery
Answer: A
QUESTION: 4
You are asked to provide a design proposal for a service provider network. The design must ensure
that
customers are able to send Layer 2 traffic between sites.
In this scenario, which VPN technology would be used to accomplish this task?
